Theme:  Space Theme Poster Presentation – Evolution of Chandrayaan Mission C1, C2 & C3.

Event Details:

• Team size – minimum 2 & maximum 4 in a team
• Time Limit for presentation: maximum of 5 minutes per team.
• Each team will be required to present their poster to the panel of judges.
• Presentations should include an explanation of the poster’s function, design, and relevance to the theme.

*Note*: Students must prepare the poster prior to the event & carry it for the competition.

Prize Money:

• First Prize: 10,000/-
• Second Prize: 5000/-
• Third Prize: 3000/-
• Plus, Medals & Certificates

Rules & Regulations

• Competition Guidelines:
• The participant’s name, grade, and school name must be mentioned on the poster.
• Standard Size: 24 x 36 inches (610 x 914 mm) is a common size for posters.
• Alternative Size: 18 x 24 inches (457 x 610 mm) can be used for smaller posters.
  • Title:
    • Should be bold and legible from a distance (suggested font size: 72 pt).
    • Positioned at the top of the poster.
  • Visuals:
    • Use graphs, charts, images, and diagrams to enhance understanding.
    • Ensure all visuals are high-resolution and relevant.
    • Caption all images and figures.
  • Font:
    • Use easy-to-read fonts.
    • Main text: 24–32 pt.
    • Section headings: 36–48 pt.
  • Colour Scheme:
    • Choose a colour scheme that ensures good contrast between text and background.
    • Avoid overly bright or clashing colours.
  • Layout:
    • Ensure a logical flow of information from top to bottom or left to right.
    • Maintain sufficient margins and spacing between sections.
  • Language:
    • Use clear and concise language.
    • Avoid jargons unless it is essential and defined.
  • Evaluation Criteria:
    • Creativity and originality.
    • Relevance to the theme.
    • Aesthetic appeal and functionality.
    • Overall presentation and impact.
    • Judges' decisions are final and binding.

Theme: Touching Lives while Touching the Moon: India’s Space Saga

Event Details:

• Individual Event
• Time Duration: 2hrs

*Note*: Participants need to do the painting during the competition

Prize Money:

• First Prize: 10,000/-
• Second Prize: 5,000/-
• Third Prize: 3,000/-
• Plus, Medals & Certificates

Rules & Regulations

• The artwork must be on a standard A3 size sheet which will be provided at the venue.
• Any medium (watercolour, oil paint, acrylic, pencil, etc.) is allowed.
• The artwork must be original and created solely by the participant.
• No digital artwork or use of computer graphics is permitted.
• The artwork must reflect the theme.

Competition Guidelines:

• The participants must bring all materials, paints, and brushes. No materials will be provided on-site except the painting sheet.
• Each participant is allowed to submit only one entry.
• The participant’s name, grade, and school name must be written on the back of the artwork or drawing sheet.

Judging Criteria:

• Creativity and originality.
• Relevance to the theme.
• Artistic skill and use of medium.
• Overall presentation and impact.

Theme: Space

Event Details:

• It is team event.
• Team size – 2 members.
• There will be three rounds. Initial round will be an online quiz

Prize Money:

• First Prize: 10,000/-
• Second Prize: 5,000/-
• Third Prize: 3,000/-
• Plus, Medals & Certificates

Rules & Regulations

Format:

• Preliminary Round:
  • The preliminary round will be a multiple-choice question (MCQ) test conducted online. Only one from each team can attend the quiz.
  • The test will consist of 30-50 questions to be completed within 60 minutes.
  • Questions will cover a wide range of topics related to space science, astronomy, and space exploration.
  • The top-scoring teams will advance for the further rounds.

Scoring:

• Points will be awarded for each correct answer.
• No points will be deducted for incorrect answers unless specified for particular rounds (e.g., buzzer rounds).
• In case of a tie, a tie-breaker round will be conducted.

• Technical Requirements:
  • Participants must have a device with internet access, a webcam, and a microphone.
  • The quiz will be conducted on a specified online platform (e.g., Zoom, Google Meet, or a dedicated quiz platform).

Conduct:

• Participants must join the quiz using the provided online platform and ensure a stable internet connection.
• Participants must follow the instructions provided by the quiz master or host.

Time Management:

• Participants must adhere to the time limits set for each round.
• Late submissions or responses will not be accepted.

Space-Themed Quiz Competition Syllabus

1. Astronomy and Astrophysics:

• Basic Concepts:
• Celestial bodies: stars, planets, moons, asteroids, comets, and meteoroids.
• Constellations and asterisms.
• The life cycle of stars: nebulae, main sequence, red giants, supernovae, neutron stars, black holes.
• Solar System:
• Structure and components of the solar system.
• Planets and their moons: characteristics, atmosphere, and surface conditions.
• The Sun: structure, solar phenomena (sunspots, solar flares, etc.).
• Dwarf planets and the Kuiper Belt.
• Galaxies and the Universe:
• Types of galaxies: spiral, elliptical, irregular.
• The Milky Way galaxy.
• The Big Bang Theory and the expansion of the universe.
• Dark matter and dark energy (basic concepts).
• Space Phenomena:
• Eclipses: solar and lunar.
• Phases of the Moon.
• Meteor showers and auroras.
• Black holes and wormholes (introductory level).

2. Space Exploration:

• Historical Milestones:
• Early astronomers: Galileo, Copernicus, Kepler, and their contributions.
• The Space Race: Sputnik, Apollo missions, Moon landing.
• First human in space: Yuri Gagarin, Valentina Tereshkova.
• Major space missions: Apollo, Gemini, Vostok, Soyuz.
• Modern Space Missions:
• International Space Station (ISS): purpose, structure, and life on the ISS.
• Mars exploration: rovers (Curiosity, Perseverance), the search for life.
• Space telescopes: Hubble, James Webb, and their discoveries.
• Notable probes: Voyager, New Horizons, Juno.
• Future of Space Exploration:
• Artemis program and the return to the Moon.
• Mars colonization: challenges and current plans.
• Private space exploration: SpaceX, Blue Origin, Virgin Galactic.
• Space tourism and commercial space travel.

3. Space Agencies and Organizations:

• Major Space Agencies:
• NASA (National Aeronautics and Space Administration).
• ESA (European Space Agency).
• Roscosmos (Russian Federal Space Agency).
• ISRO (Indian Space Research Organisation).
• CNSA (China National Space Administration).
• International Cooperation:
• The role of international partnerships in space exploration (ISS, collaborative missions).
• UN Office for Outer Space Affairs (UNOOSA) and space law.
• Private Space Companies:
• Contributions of private companies in space exploration.
• Achievements and future missions.

4. Space Technology and Innovations:

• Rockets and Spacecraft:
• Basics of rocket propulsion.
• Types of rockets: liquid-fuel, solid-fuel, hybrid.
• Spacecraft design and technology (e.g., capsules, landers, rovers).
• Satellite technology: communication, weather, GPS.
• Human Spaceflight:
• Spacesuits and life support systems.
• Challenges of human spaceflight: radiation, microgravity, long-duration missions.
• Space habitats and future space stations.
• Robotics in Space:
• Role of robotics in space exploration.
• Robotic arms, rovers, and drones.
• Autonomous spacecraft and AI in space missions.

5. Space Science in Everyday Life:

• Space in Popular Culture:
• Influence of space on science fiction (movies, books, TV shows).
• Famous astronauts and their contributions.
• Space Technologies in Daily Life:
• Spin-off technologies: how space research has impacted daily life (e.g., GPS, medical devices).
• Importance of satellite technology in communication, weather forecasting, and navigation.

6. Current and Upcoming Space Events:

• Notable Recent Missions:
• Recent successful missions and their objectives (e.g., Mars 2020, Artemis I).
• Upcoming space missions and launches.
• Astronomical Events:
• Major celestial events (e.g., eclipses, meteor showers) and how to observe them.
• Space news and discoveries.

Theme: Water Rocketry

Event Details:

• It is team event.
• Team size – Minimum 2 & maximum 5.
• There will be a workshop conducted for the participants before the competition.

*Note*: Participants need to make the water roketry during the competition

Prize Money:

• First Prize: 10,000/-
• Second Prize: 5,000/-
• Third Prize: 3,000/-
• Plus, Medals & Certificates

Rules & Regulations

• Rocket Design Specifications:
  • Materials:
    • Bring soft drink bottles for the water rocketry
  • Size and Weight:
    • The rocket’s total height should not exceed 1 meter in length.
  • Safety Requirements:
    • The launch area must be clear of spectators, and a safe distance must be maintained at all times.
    • The launch pad must be stable and secured properly to prevent accidents.
  • Competition Format:
    • Launch Phase:
      • Each team will have a designated time slot to launch their rocket.
      • Teams must prepare their rockets on the launch pad within 15 minutes.
    • Scoring Criteria:
      • Design: Points are awarded based on innovation, construction quality, and adherence to design specifications.
      • Longest distance: The model should reach the longest distance.
    • Judging criteria:
      • A panel of judges will evaluate each rocket based on the scoring criteria.
      • Prizes will be awarded for categories such as:
        • Longest distance.
        • Safest Landing
        • Most Innovative Design
      • In case of a tie, a secondary launch or other tie-breaking criteria will be used.
    • Post-Competition:
      • Teams are responsible for retrieving their rockets after the launch.
      • A debriefing session will be held to discuss the performance, lessons learned, and feedback from the judges.

Theme: Teams have to present the design on one of the below themes.

• Sustainable Habitat Design
• Agricultural Systems
• Life Support Systems
• Resource Utilization

*Note*: Students must prepare the poster prior to the event & carry it for the competition.

Event Details:

• It is team event.
• Team size – Minimum 3 & maximum 5.

Prize Money:

• First Prize: 10,000/-
• Second Prize: 5,000/-
• Third Prize: 3,000/-
• Plus, Medals & Certificates

Rules & Regulations

Medium: Participants can use oil, watercolor, acrylic, pastels, or mixed media. Digital art is not allowed.

Size: Minimum size A3 (297 x 420 mm), maximum size A2 (420 x 594 mm).

Total Duration of the Event: 30 minutes + 1 hour 40 minutes + 15 minutes = 2 hours 25 minutes

Theme-1

1. Sustainable Habitat Design:

Objective: Design a sustainable living habitat for humans on Mars,  using eco-friendly design principles, renewable energy sources, and the integration of natural Martian resources, such as regolith, ice, and atmospheric gases into colony’s infrastructure, taking into account the planet's harsh environment.

• Submission Requirements:
  • Design as mentioned above.
  • Report: A comprehensive written report (max 2000 words) explaining the design, materials, energy sources, and sustainability strategies.
• Judging Criteria:
  • Feasibility: Practicality and realism of the design under Martian
  • Innovation: Creative solutions to challenges like radiation protection/temperature control/ or use of limited resources.
  • Sustainability: Use of renewable resources/waste management/air recycling, and long-term
  • Design Aesthetics: Visual appeal and functionality of the

Theme-2

2. Agricultural Systems:

Objective: Design a farming system capable of sustaining human life by producing food and oxygen on Mars with the pictorial representation of the farming system, including crop selection, irrigation, and resource management.

• Submission Requirements:
  • Design as mentioned above.
  • Report: A written report (max 1500 words) explaining agricultural techniques, water recycling methods, and how the system supports human life.
• Judging Criteria:
  • Innovation: Unique approaches to growing food on Mars, such as hydroponics or soil
  • Efficiency: Effective use of resources like water, energy, and
  • Sustainability: Long-term viability of the agricultural system, including crop rotation and waste management.
  • Practicality: Ease of implementation and operation in the Martian

Optional: Prototype models are also encouraged.

General Rules:

Submission Deadline: All designs and reports must be submitted by 10:00 AM

Submission Format: The proposal must be original, and the candidate should not plagiarize from any previous participant batch.

Judging Process: The judges will evaluate based on creativity, practicality, sustainability, and overall presentation.

Selection Process: In the initial half hour, the top 10 teams will be chosen for the semi-final round from a pool of 25, based on their reports, proposals, and design formats. This will be followed by presentations from these 10 selected teams.

Three top teams from the 10 selected teams, will advance to the Final round, where winners will be determined based on how effectively they justify their presentations and designs. The final rankings will include the winner, first runner-up, and second runner-up.

Presentation:

• Format: The 10 selected teams will present their designs to a panel of judges, followed by a Q&A
• Duration: Each team will have 5 minutes for presentation and 5 minutes for Q&A. The top 3 teams will have 5 minutes each to justify their presentations and designs.

Theme: TinkerCAD Basics Workshop (Duration-2 hour):

• Understanding the interface and basic
• Step-by-step creation of a simple 3D
• Students create their designs with assistance from

Objectives:

• Provide students with the opportunity to design and create their own space- themed
• Teach students the basics of 3D design using TinkerCAD and introduce them to the possibilities of 3D printing

Event Details:

• It is team event.
• Team size – Maximum 4.

Prize Money:

• First Prize: 10,000/-
• Second Prize: 5,000/-
• Third Prize: 3,000/-
• Plus, Medals & Certificates

Competition Phases:

1. Design Phase
   Duration: 1 hour.
   Participants create their 3D models using TinkerCAD 3D design software.
   Submission: Participants must submit their design files.

2. Review Phase
   Duration: 30 Minutes
   Judges will review the designs based on creativity, feasibility, and originality. Selected designs will proceed to the printing phase.

3. Printing Phase
   Duration: 3 hours.
   Selected designs will be printed using FDM 3D printers provided by the organizers. Participants can observe the printing process.

4. Evaluation Phase
   Duration: 15 Minutes
   Judges will evaluate the printed models based on quality, accuracy, and functionality. Winners will be announced at the end of the event.

JUDGING CRITERIA

RULES AND GUIDELINES

• Designs must be original and created during the
• Use of pre-made models or templates is
• All designs must adhere to the
• Participants must adhere to the time limits for each
• Any form of plagiarism will result in

EQUIPMENT AND SOFTWARE

• Desktop computers will be provided by the 3D printers will be provided by the organizers.
• Recommended software: Tinkercad

RESOURCES REQUIRED

Hardware:

• 50 to 80 Computers with internet
• FDM 3D printers
• TinkerCAD accounts for all

Materials:

• Printed guides and materials on TinkerCAD and 3D printing.
• Certificates and prizes for participants and winners.

Theme: Best out of Waste

Event Details:

• It is an individual event
• Time duration: 2 hrs

Prize Money:

• First Prize: 10,000/-
• Second Prize: 5000/-
• Third Prize: 3000/-
• Plus, Medals & Certificates

*Note*: Participants need to create a sculpture during the competition

Rules & Regulations

Materials and Preparation:

• Participants must bring their materials (Waste Materials). Common items include plastic bottles, newspapers, old CDs, cardboard, fabric scraps, etc.
• Any adhesives, paints, accomplishments, or other materials needed to construct the project must also be brought by the participants.
• Electrical items, hazardous materials, or any items that could cause harm are strictly prohibited.

Competition Guidelines:

• The sculpture model must reflect the theme "Touching Lives while Touching the Moon: India’s Space Saga."
• All work must be done on-site. Pre-made models are not allowed.
• The participant’s name, grade, and school name must be mentioned on a tag attached to the sculpture model.
• A3 size white paper will be provided to all participants.

Judging Criteria:

• Creativity and originality.
• Relevance to the theme.
• Effective use of waste materials.
• Aesthetic appeal and functionality.
• Overall presentation and impact.

Theme: Space Robotics - Develop a robotic model that aligns with the theme "Space Robotics." Your model should represent a robot that could be used in space missions, such as exploring planets, repairing satellites, or other space-related tasks.

Event Details: A contest where participants design and program robots to complete space-related tasks, integrating robotics and space exploration themes.

*Note: Optional: Prototype models are also encouraged.

Objectives:

The competition aims to:

• Inspire creativity and innovation in young minds.
• Enhance understanding of space exploration and robotics.
• Encourage teamwork and problem-solving skills.

Team Size: Team of 2 to 4 in a group

Presentation:

Students must prepare a ‘Chart’ or ‘Poster’ prior to the event & carry it for the competition.

Each participant team will be required to present their Robot to a panel of judges.

Presentations should include an explanation of the Robot’s function, design, and relevance to space robotics.

The presentation time limit is 5 – 10 minutes.

Robot Specifications:

Robots must be powered by batteries only

Robots must be remotely controlled or Autonomous.

Safety:

All Robots must comply with safety standards.

Sharp Edges, flammable materials and dangerous components are prohibited.

Judging Criteria:

o Creativity and Innovation

o Originality of the design and concept.

o Functionality: How well the model performs its intended function.

o Relevance to Theme: Connection to space robotics and its potential applications.

o Presentation: Clarity and effectiveness in explaining the model.

Theme: Space

Event Details:

• It is a team
• Team Size: 2

Competition Format:

• Initial and Final Rounds will be held at Alliance University Main Campus.

Debate Format (All rounds are to be held offline on campus):

• Initial Round (10:30 am-12:30 pm):
• Structure:
• Each debate will consist of two teams: one arguing for the motion (Proposition) and the other against it (Opposition).
• Each speaker will have 4 minutes to present their arguments.
• The debate will conclude with a short rebuttal round. 2 minutes per team.
• Judging:
• Debates will be judged based on content, delivery, rebuttal, and adherence to the topic.
• Judging will be conducted by a panel of experts, and scores will be tallied to determine which teams advance to the final round.
• Final Round (1:30pm to 2:30 pm):
• Structure:
• The format for the final round is as follows:

Opening speeches:

    - Affirmative: 4 minutes each member

    - Negative: 4 minutes each member

Rebuttal speeches:

    - Affirmative: 3 minutes

    - Negative: 3 minutes

Closing speeches:

    - Affirmative: 2 minutes

    - Negative: 2 minutes

• Judging:
• The final round will be judged by a panel of experts, considering content, strategy, delivery, rebuttal, and overall persuasiveness.
• The winning team will be determined based on cumulative scores.

Rules and Conduct:

• General:
• All participants must adhere to the competition’s schedule and guidelines.
• Respectful conduct is mandatory, and any form of misconduct or disrespect towards judges, opponents, or organizers will lead to disqualification.
• Attendance guidelines:
• Participants must be present at the venue at least 30 minutes before their scheduled debate.
• Teams must prepare for the possibility of impromptu topics or rebuttal challenges.
•  

Topics for Debate (Topics shall be selected from among the following):

Initial Round:

• THBT space exploration should not be prioritized over solving Earth's current problems.
• THBT colonizing Mars is a viable solution for humanity's future.
• THBT space tourism should be regulated more strictly.
• THBT private companies can be trusted with space exploration.
• THBT the search for extraterrestrial life is a waste of resources.

Final Round:

• THBT space militarization is a threat to global peace.
• THBT international collaboration in space should not be mandatory.
• THBT it is ethical to mine resources from asteroids and other celestial bodies.
• THBT the development of space-based solar power will solve the global energy crisis.
• THBT stricter regulations should be enforced on satellite launches to combat space junk issues.